Abstract
Abstract A new instrument for measuring pellet quality is described which records the pellet strength of screened fractions of pellets. Samples large enough to be statistically representative can be measured in a relatively short period of time. The average pellet strength values, for each screened fraction, can be used to predict the incorporation time of the pellets into polymer. The maximum pellet strength values correlate with dispersion and by so doing, effect the stress—strain properties of the compounded elastomer.
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